Abu Dhabi Carbon Capture, Usage and Storage Project andcss.escwa.org.lb/SDPD/3303/4.pdf ·  · 2015-08-281 Abu Dhabi Carbon Capture, Usage and Storage Project ESI CCS Project and

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Abu Dhabi Carbon Capture, Usage and Storage Project

ESI CCS Project

and

Rumaitha / Bab CO2 Projects

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1. Drivers for CCUS in Abu Dhabi

2. Execution Strategy

3. Project Details of the ESI CCS Project

4. Future Opportunities

Agenda

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Abu Dhabi CCUS: Value Drivers

Strategic Gas

Demand

& EOR

Environmental

Commitment to

Abu Dhabi 30%

Clean Energy

CCS Global &

Regional

Leadership

CCUS Project

Will enable future CCS Projects

CCS Projects

ADNOC AD

Government

CO2 capture and

transportation

projects at $/MT

CO2 injection for

EOR Increased oil

Recovery

+

Domestic gas

availability

Gas Liberation

and Enhanced

Oil Recovery

(EOR)

Regulatory

Framework

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Considering the power sector in Abu Dhabi alone:

• Growth in hydrocarbon gas demand is expected to be >1 BSCFD over next 10 years

• Gas Supply sources to grow (domestic / imports) to meet the demand including LNG imports

CCUS Value Drivers: Hydrocarbon Gas Demand

ADNOC support CCUS strategy to enhance oil recovery (EOR) and potentially

increase UAE gas availability

Supported by the EAA “CCS Value Proposition Study” which forecasts a

potential growth in CO2 requirements over next 10-15 years, if CO2 projects

prove to be successful.

The ESI CCS Project is a first commercial mover project which will establish the

commercial principals for a CO2 industry and further demonstrate the technical

viability of CO2 operations

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CCUS or Low Carbon Power is a key strategy to reduce UAE’s greenhouse gases whilst continuing to meet the country’s growing energy demands.

The ESI CCUS Project will capture ~800,000T of CO2 per year:

• equivalent CO2 from a 200MW CCGT1

• equivalent CO2 from ~170,000 cars

• equivalent CO2 from ~100,000 houses (US)

The project demonstrates the UAE’s global and regional leadership in the deployment of CCUS and its support for climate change mitigation mechanisms.

CCS Value Drivers: Environmental

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ADNOC and Masdar are working together to develop the CO2 Capture, Transportation & Injection components.

This presentation principally deals with the ESI CCS Project.

Masdar responsible to provide technology & project support for the CO2 Capture, Compression and Pipeline facilities

• Pilot Injection program successfully implemented in Rumaitha (2009 -2011).

• ESI Facility & Pipeline FEED completed in 2010.

• ESI CCS Project Management support awarded to Rhead Group in 2012

• ESI CCS Project awarded to Dodsal Engineering & Construction in July 2013 (<USD200 million)

o 3 months into a 33 month schedule – Ready for Commissioning by Jan 2016

Project Execution Strategy and Status Update

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ADNOC through its subsidiary ADCO is responsible to

provide technology & project support for the CO2 Injection

facilities, and the treatment post production.

• Pilot Injection program successfully implemented in Rumaitha (2009 -

2011

• Rumaitha / Bab FEED completed in 2013.

• Rumaitha / Bab Injection facilities in EPC Tendering Phase and forecast

award by end 2013

Project Execution Strategy and Status Update

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ESI CCS Project Technical Overview

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DRI & CO2 Absorption Processes

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Sized for 800,00 TPA CO2 (98% min purity) = 41.5 MMSCFD

LP Compression:

• Integrally geared 5/6 Stage Centrifugal Compressor (0 – 41barg)

Mol Sieve dehydration system

• Reduce water content to 20lb/MMSCF

HP Compression:

• Reciprocating 2 Stage Compressor (35 – 238barg)

Mass Transfer Custody Transfer Meter (Coriolis Meter) complete with GC and Moisture Analyzers

Utilities:

• Electrical transformers/switchgear for 25MW

• Utilities such as N2, Cooling Water, Instrument Air

• Control Room for Facility and Pipeline

CO2 Compression and Dehydration Facility

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CO2 Compression Facility - Location

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CO2 Compression Facility Layout

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Pipeline:

• 8” X65 API5L carbon steel buried pipeline designed for 245barg

• 2 Block Valve Stations

• Remote isolation and maintenance blowdown facilities

• Launching / Receiving facilities for Pipeline Scrapper

• Telecoms, SCADA, CCTV and leak Detection running over buried fiber

optics

Rumaitha Metering Station:

• Mass Transfer Custody Transfer Meter (Coriolis Meter), complete with

GC and Moisture Analyzers

• CO2 transferred to ADCO

Pipeline Transmission and Receiving Station

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CO2 Transmission Pipeline - Location

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CO2 as an EOR agent has been endorsed: • Success of the ESI CCS Project and Rumaitha / Bab Injection are key to future

development.

Changing landscape in Abu Dhabi with potential CO2 targets for field testing and development: • CO2 capture linked to ADNOC field demand and performance;

Whilst preliminary, the EAA CCS Value Proposition study forecast a growing CO2 demand in the next 25-30 years, based on ADNOC estimations.

Abu Dhabi CCS: Future Potential

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Thank You